Simulation results show that the proposed receivers effectively recover contaminated STBC/SFBC-OFDM signals with a moderate computational complexity. Published ...

A new SFBC transmitter for clipped. OFDM is proposed, and the optimum equalizer is derived for reconstruction of the clipped signals. Simulation results show.

A new SFBC transmitter for clipped OFDM is proposed, and the optimum equalizer is derived for reconstruction of the clipped signals, showing that the ...

In this paper, we propose clipped signal reconstruction methods for the MIMO-OFDMs with spatial diversity, such as space-time and space-frequency block codes ( ...

In this paper, we propose clipped signal reconstruction methods for the MIMO-OFDMs with spatial diversity, such as space-time and space-frequency block codes ( ...

A new SFBC transmitter for clipped OFDM is proposed, which has approximately half the computational complexity of conventional SFBC-OFDM, and the proposed ...

In this paper, we propose clipped signal reconstruction methods for the MIMO-OFDMs with spatial diversity, such as space-time and space-frequency block codes ( ...

Amplitude Clipping and Iterative Reconstruction of STBC/SFBC-OFDM Signals · Iterative amplitude reconstruction of clipped OFDM signals with optimum equalisation ...

Simulation results reveal that the proposed clipping technique provides effective reduction in PAPR and better bit error rate (BER) performance. BER performance ...

The proposed method not only reduces the PAPR of MIMO–OFDM signals but also maintains the data rate and provides low in-band ripples and out-of-band radiations.